Orientations

Planning and Implementing Solutions to address vaccine freezing in transport

Vaccine transport systems using conventional solutions of conditioning ice-packs without freeze-preventative devices are demonstrated to expose ~20% of vaccines to freezing. Countries can safeguard vaccines during transport by implementing solutions such as Cool Water packs within conventional passive devices or fully frozen ice packs with freeze-free passive devices (See resource- https://www.technet-21.org/en/resources/guidance/how-to-select-the-right-solution-to-address-freezing-during-transport)  which provides additional information on these solutions).   This document aims to share guidance on how to plan and implement appropriate freeze-preventive transport solutions- specifically Cool Water packs within conventional passive devices or frozen ice packs with freeze free passive devices. The document describes key solution implementation considerations: operational, financial, and policy planning, considerations for programmatic adoption of these solutions along with outlining potential roles and responsibilities of key stakeholders during the process

Auteurs

Langues

  • Anglais

Type

Orientations

Catégories

  • Chaîne d'approvisionnement

Références sur le sujet

FREEZE-PREVENTION-ADDITIONAL-INFO

TitreAuteurAnnéeTypeLangue
Aide-mémoire for prevention of freeze damage to vaccinesWorld Health Organization (WHO)2019GuidanceAnglais
Cold chain innovations - learnings from field evaluations of freeze protection and energy harvesting (16th TechNet Conference)Abdoulaye Gueye, Sandeep Kumar, Surendra Uranw2020PresentationAnglais
Expanded Polystyrene Recycling Association of India websiteExpanded Polystyrene Recycling Association of India2019GuidanceAnglais
Freeze-Preventive Vaccine Carrier: Frequently Asked QuestionsPATH2018GuidanceAnglais
Freeze-Preventive Vaccine Carriers: A Job Aid For Health Workers and Cold Chain LogisticiansPATH2017User guideAnglais
Guidance on selecting, commissioning and using freeze-preventative vaccine carriersWorld Health Organization (WHO)2021GuidanceAnglais
How to dispose of Thermogard gel ice packsThermogard2019GuidanceAnglais
How to select the right solution to address freezing during transportCHAIGuidanceAnglais
Koolit® and KoolTemp® DisposalCold Chain Technologies2019RepositoryAnglais
Planning and Implementing Solutions to address vaccine freezing in transportCHAIGuidanceAnglais
Products obtained during combustion of polymers under simulated incinerator conditions: II. PolystyreneF. W. Karasek , M. L. Parsons , R. A. Hawley-Fedder Journal articleAnglais
Temperature sensitivity of vaccinesWorld Health Organization (WHO)2006GuidanceAnglais
Vaccine Carrier Cold Life and Vial Freezing: Laboratory Testing ReportPATH2019ReportAnglais
Vaccine Management Handbook: How to monitor temperatures in the vaccine supply chainWorld Health Organization (WHO)2015GuidanceFrançais
Vaccine Management Handbook: How to use passive containers and coolant-packs for vaccine transport and outreach operationsWorld Health Organization (WHO)2015GuidanceAnglais, Français

Ajouté par: Ashvin Ashok

Ajouté le: 2024-03-15 10:50:16

Consultations: 143

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